Description: This is the code for calculating solid angle C, surface pressure ps, and field pressure pf coming out from a pulsating cylinder with radius of r and normal velocity vn in an unbounded two dimensional acoustic domain using the solution of Helmholtz Integral Equation.

For verifying the calculation result, the code will also compare the calculation result with the analytical solution.

In case of non-uniqueness problem, for example at r = 1 m and f = 131 Hz, up to 10 CHIEF points can be implemented.

The code is written in a very simple and traditional way so that any beginner in MATLAB programming would be able to understand it easily.

This simple simulation shows the implementation of FxLMS algorithm for a single channel feed-forward active noise control system. Here, the controller generates an "anti-noise" signal to result a destructive interference at the sensor position. The objective is to minimize the noise residue.

The process comprises of two tasks: the "off-line" identification of the secondary propagation path that stays between the...

This Xsl template generates Java code for mapping objects to an Oracle database. You supply an Xml file with the details of the table, and Java Class to generate for dealing with that table. An XSL processor, like Xalan, is used to read the...

Fast, fully vectorised version of the Simpson's method for 2D domains. This code avoids the use of any for loops etc. For a given level of accuracy it can be an order of magnitude or more faster than dblquad.

Serves as a first attempt to get publicly available MATLAB code for computing the hypervolume and hypervolume contributions. The implementation is usable in 2D and 3D. For 4D and beyond, it is not so efficient, but it does produce correct results....

Documentation, examples, and reference driver code for the VMware virtual graphics device used by all VMware virtual machines. This project provides the information and code necessary to write both 2D and 3D graphics drivers for this device.

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